Daxten manual Appendix A. General Specifications, Galaxy Tx1, Galaxy Tx4, Galaxy Rx60

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APPENDIX A. GENERAL SPECIFICATIONS

Galaxy Tx1

Size

215 x 105 x 44 mm (8.46 x 4.13 x 1.73 in.)

Weight

0.80Kg (1.77lbs)

Power Consumption

Max. 700mA with UTP-in module

Recommended Input Power

Regulated DC 12V/1,3A or 9V/2A

 

 

Galaxy Tx4

 

 

 

Size

215 x 105 x 44 mm (8.46 x 4.13 x 1.73 in.)

Weight

0.80Kg (1.77lbs)

Power Consumption

Max. 700 mA with UTP-in module

Recommended Input Power

Regulated DC 12V/1,3A or 9V/2A

 

 

Galaxy Rx60

 

 

 

Size

160 x 65 x 28 mm (6.30 x 2.56 x 1.10 in.)

Weight

0.35 Kg (0.77lbs)

Power Consumption

Max. 120 mA

Recommended Input Power

Regulated DC 12V/1,3A or 9V/2A

Please note that these specifications are subject to change without prior notice.

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Contents GalaxyTM Limited Warranty Revision Page Operation FeaturesIntroduction CompatibilityConnectors on Galaxy Getting StartedApplications Tx1 Galaxy Transmitter and Galaxy receivers Before InstallationProcedure for Installation 200-300 M 0-100 M Galaxy Repeater station TX1/TX4 300M and Rx300Trouble Shooting VideoMaintenance and repair Service InformationAdding a Delayline Technical supportPage Galaxy Tx4 Appendix A. General SpecificationsGalaxy Tx1 Galaxy Rx60USA

Tx1 specifications

The Daxten Tx1 is a high-performance multimedia over IP solution that is rapidly gaining popularity in various sectors including education, healthcare, and corporate environments. This innovative device facilitates seamless transmission of audiovisual content across network structures, utilizing both wired and wireless technologies to ensure flexibility and ease of use.

One of the defining features of the Tx1 is its exceptional video quality. Supporting high resolutions up to 4K, the Tx1 ensures that all transmitted content retains clarity and vibrancy. The use of advanced compression algorithms further minimizes latency and enhances streaming performance, making it ideal for applications where real-time communication is crucial.

The Tx1 is equipped with versatile connectivity options. It supports HDMI, DisplayPort, and VGA inputs, enabling compatibility with a wide range of media devices and display technologies. This makes it a versatile option for any professional setup, allowing users to connect computers, cameras, and other multimedia devices effortlessly.

The Tx1 also incorporates robust network protocols, enabling it to work seamlessly across different IT environments. Integrated support for both TCP/IP and UDP protocols assures reliable data transmission, accommodating existing network infrastructures without extensive modifications. This characteristic is essential for organizations looking to implement audiovisual solutions without substantial upgrades to their current systems.

One of the standout technologies integrated into the Tx1 is its scalability. It allows users to expand their audiovisual network as needs evolve. Whether adding more displays or connecting additional content sources, the Tx1 can accommodate growth without compromising performance. This feature is particularly appealing for institutions that need adaptable solutions as they expand their services or facilities.

Security is another critical aspect of the Daxten Tx1. With built-in encryption protocols, organizations can shield their audiovisual content from unauthorized access. This is especially important in sensitive environments such as healthcare or corporate sectors, where data security is paramount.

Moreover, the Tx1 is user-friendly, featuring a simplified interface that allows for easy configuration and management. Users can control the device through an intuitive web-based interface, ensuring that both technical and non-technical users can navigate the system effectively.

In summary, the Daxten Tx1 stands out as a premier solution for anyone seeking a reliable, high-quality multimedia distribution system. Its combination of advanced video capabilities, flexible connectivity options, scalable architecture, and robust security measures makes it an ideal choice for modern audiovisual requirements.